DogeOS opens EVM testnet, betting Dogecoin can become programmable capital
DogeOS launched a public testnet called Chikyū to bring Ethereum-style smart contracts to the Dogecoin network, aiming to transform DOGE into programmable capital for decentralized applications.

On Wednesday, September 30, DogeOS launched a public testnet designed to introduce Ethereum-style smart contracts to the Dogecoin network. The initiative seeks to expand DOGE’s technological capabilities so that it can function as programmable capital within decentralized applications, moving beyond simple trades and payments.
Named Chikyū, the testnet is a zero-knowledge roll-up that is compatible with the Ethereum Virtual Machine (EVM) and uses Dogecoin for transaction fees. The underlying Dogecoin base chain remains unchanged, with applications constructed on top of it.
What the testnet actually lets developers do
Describing itself as an EVM-compatible application layer, DogeOS allows Ethereum developers to leverage familiar tools, code, wallets, and dependencies. The network aims to support various application types, including decentralized finance, lending, trading, stablecoins, prediction market betting, and gaming.
According to an announcement shared by DogeOS on X, its teams are currently active in the gaming, marketplace, DeFi, and payment solution sectors. Nonetheless, the user manual currently labels its decentralized application directory as “coming soon,” signaling that the developer testnet is not yet a fully mature ecosystem.
“We’re focused on the public testnet, giving developers time to build and test applications while we validate the network. We’ll share the mainnet timeline as we reach the next development milestones.”
— Jordan Jefferson, DogeOS CEO, speaking to The Block
How the security model works today, and where it’s headed
At present, DogeOS operates with trust assumptions. The system relies on validators, a trusted execution environment, and a permissioned sequencer. Because Dogecoin is not yet capable of confirming zero-knowledge proofs natively, bridging requires valid proofs alongside a TEE signer and a majority of validator signatures, as noted by The Block.
The DogeOS team has proposed an upgrade to Dogecoin Core that would allow zero-knowledge proofs to be verified directly on the base chain. Until this implementation occurs, however, the system continues to rely on these auxiliary trust assumptions.
Whether DOGE’s scale can pull in developers and liquidity
Dogecoin boasts a substantial potential user base. BitInfoCharts data indicates that roughly 8.5 million DOGE addresses hold a positive balance, though a single address can have multiple owners and vice versa.
CoinGecko pegged DOGE’s market capitalization at approximately $14.7 billion as of October 1. By comparison, established EVM rollups feature significant DeFi liquidity, with DefiLlama reporting about $6.3 billion on Base, $1.4 billion on Arbitrum, and $487 million on OP Mainnet.
As of October 1, CoinGecko reported that DOGE traded near $0.0945—representing a 0.3% increase over the preceding 24 hours within a daily range of $0.0929 to $0.0979. This minimal price movement shows that the DogeOS testnet launch did not trigger immediate, major volatility, though a single day is too brief a window to determine whether the network can successfully attract real-world utility, developer interest, and liquidity.
A July bulletin from the Bank for International Settlements cautioned that the proliferation of layer-1 and layer-2 networks can fragment infrastructure and liquidity, introducing extra operational, governance, and trust dependencies through new bridges.
Dogecoin’s other push toward utility
DogeOS is not alone in its efforts to enhance DOGE usability. Cryptopolitan reported in June that House of Doge partnered with Paxos to link Dogecoin with the brokerage and custody framework utilized by Venmo, PayPal, and Interactive Brokers.
While their approaches differ—House of Doge and Paxos focus on accessibility and payments, whereas DogeOS emphasizes programmability—the ultimate success or failure of the project will depend on whether developers, liquidity, and native ZK-proof verification successfully make their way to Dogecoin Core.
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